Record controlled printing machine



Nov. 29, 1949 s. M. TAYLOR RECORD CONTROLLED PRINTING MACHINE 8v Sheets-Sheet 1 Filed June 27, 1947' 4-1" 73 M9 wao agoo ogocnm 00mm Attrn'neys Erarnuel 14.13510? fi fl'sw 00250000 00 so o 00 0 00000 o a 00 0O 0 0 000000 0000 00 on 0 0000 0000 00 0080000 0 0000 000 000 00 00 00 0250000000 on 00 00000 900000 00 on 000 000000 so 00 Nov. 29, 1949 s. M. TAYLOR RECORD CONTROLLED PRINTING MACHINE 8 Sheets-Sheet 2 Filed June 27, 1947 INVE NTDR r 5 amul MIT 3 1 nr- W4 W A Imrneys S.M.TAYLOR RECORD CLONTROLLED PRINTING MACHINE Nov. 29 1949 8 Sheets-Sheet 3 Filed June 27, 1947 Alf 1 rneys EarnuelMTEiglnr Nov. 29, 1949 s. M. TAYLOR 2,489,439

RECORD CONTROLLED PRINTING MACHINE Filed June 27, 1947 8 Sheets-Sheet 4 J2 v 32 3/ 2 I 29 F 2 Z5 22 42 J3 24 .38 /8 r Iureumr Samuel M- Tax lclr .1 IM rueys Nov. 29, 1949 s. M. TAYLOR RECORD CONTROLLED PRINTING MACHINE 8 Sheets-Sheet 5 Filed June 27, 1947 Nov. 29, 1949 s. M. TAYLOR.

RECORD CONTROLLED PRINTING MACHINE 8 Sheets-Sheet 6 Filed June 27, 1947 In reumr ,A tlm'neys i mual M .Ta

@ Ham W RH Nov. 29, 1949 '5. M. TAYLOR 2,489,439

RECORD CONTROLLED PRINTING MACHINE Filed June 27, 1947 a Shets-Sheet v PROPERTY HUNDREDS TENS wars ZZZ lure/liar m 3 Samual M Taylor Attorneys I u renter 8 Sheets-Sheet 8 NkwQ kkmimkimk 03 MkWQ xkmxmttwm s. M. TAYLOR RECORD CONTROLLED PRINTING MACHINE \rvtmuruwi H6 .223 kfi 4 \CQNRQKQ. m6 223 0000 900 000 0009 OGWO M ..0 0000000 00 0 00 i 00 0000 m 000 00@ U 0.0 000 39% 0 m OQQQQfiV .QOQOQQO M.O/O0000.057000.00 .085 00 00000 00.00900 000 0 9000060 00000 00 00000 9m? 0 \C RZvSQ v r \CRZWQQ WRWIN Eamual M T113101" Atlorneys Nov. 29, 1949- 0 Filed June 27, 1947 h\ twin: 3 E 0% QMXECQBE .0 0000006 00OO0O0 0000000 0000000 0 m 0 6 m m m +0 00 mm 6 3 Q 5 .0 0 0 Q Q M Q 0 m 0 6 m m E mxwk kukg v .Qwi Emmi; wtuwh twig 36$ tmkkb VH Hm .H

Patented Nov. 29 1949 This invention relates Samuel M. Taylor, Application June 27, 1947,

'Qtyping machines adapted'to make record from .ispecifically the a punched or perfor ate present inventio acter having means for setting up,

fwill, any one of a plurality of a new and improved typing machine ITED STATES PATENT- OFFICE 2,489,439" asoorm CONTROLLED PRINTING MACHINE Claims.

generally to the class of a typewritten d tape. More n is directed to of this charselectively at signal or search .cir'cuits responsive to predetermined tape punching's individual on the tape of the punchings corresp may be indicated by a visual sig- Iselected circuit nal upon closin moved through isreceived, a ,tion correspondi ing taken as a themachine and, typewritten record of the located punchings bebasis of selection and tabulation. This typing machine is particularly well suited,

thereto whereby g of the 0 ng to ircuit as as such signal informathe locations onding to a the tape is the l although not necessarily so limited, for use with a continuous property record system .-..power utilities;

such

i meet the accounting requirements of the Federal .of an electric 'set up sothat )monthly basis 'tired from service must be retire cost. The electric ,Uniform system al Power Act of Likewise, property plant account, as s of accounts. 1937, the cost is based on its original cost and records must be determined on a which is red .atits original et up in theof accounts, is divided into several accounts under the general Generating tion systems,

Under the unit of property '..'of a major item and the sm ,for its installation. .This as plants, Substations, and ,these accounts is numbered.

nelectric plant is subie de up headings of Transmission and Distribu- General. Each of Uniform system of accounts all propertyis regarded as ma of units. A

may be regarded as an assembly alleritems required sembly is assigned ding..to,a material catalogue of have to be, made demands for service.

aterial an ct to depreciation and .to meet load These changes must he madeunder .a work order sysd labor. involved must be set up so that the units of property can be the cost determined, A-number is assigned to each work order.

established and Records must tions of the property of be kept as to the -may cover vast areas extending :States. Records must be kep Ldistrict such as "school districts.

State, county,

various locaan electric plant which into several t for each taxing municipality, and" A number is assigned to each for electric. a record system is used to Bluefield, W. v

Serial No. 757,605

of these taxing districts and also to each generating plant, substatiompole and tower. Acontinuous property record system consists of an installation phase which involves setting 5 up a history recordfor each property location and a set of total quantities or summary records for each unit of property in each taxing district. 7 A history -record provides a permanent record for each location and carries information in regardto the taxing district, property location -number, units of property, quantities, and installation dates with space provided for the addition-of retirement dates. Space is also pro- .vided for future additions and changes and for the work order under which it is done. The information carried in the history records is ob- -tained from field inventory sheets prepared by field engineers, and the material listed is coded by reference to the unit catalogue.

The total quantitiesor summary records are made up from the history records by a process of segregating andtabulating the like units of property listed thereon. The history records serve as intermediate records between the operating and accounting departments. .After the history records are in- I stalled, they are maintained by the operating Qdepartment, and the unit costs are determined through th'e'work order system. The accounting department is interested only in the total quantitiesof each unit for each taxing district. 5 I The maintenance phase of a continuous propverty record system involves the reporting of additions and retirements for each accounting period. Thedate of 'installationfor each unit of property is also of concern when the retirementof the unit is reported.

According to thefcontinuous property record 7 system .disclosedherein in connection with the 40;.typing machine of the" present invention,-a six digit numbering system is employed to designate ;units oftproperty, and the six digit numbers preferably are applied directly to the inventory sheets at the time-the inventory is made in the field. The several digits of each unitnumber .has a particularv significance, the first digit indicating the account, number, the secondand third digits the class of property, and the fourth, .fifth, and sixth digits the descriptive materialv Thus. the number. 101645 in a.Transmission and ,distribution system account indicates a-creosoted pine pole, class ,6,- height 45 feet. The coded information-on the inventory sheets is. transferredito aseven column tape providing a digit peer line and two punches per digit. Fifteen lines on the tape, which involves 15 digits, typing machine also comprises fifteen typing produces one line of typing on the typing mabars, one each for the fifteen digits adapted chine. This line of typing appears in five 001- to be typed by the machine in each line of umns of numbers under the following headings: typing thereof, and each typing bar is provided with ten imprint characters numbering 0 to 9. Electrical means under control of cir- Retire- Multi- Quan- Umt of Installaplier tity property tion date 3;

ldigit 4digits Gdigits Qdigits 2digits moved during the forward manipulation of the The used fOr conduct'ors. The ponding to the pun hjngs in the tape for each length or distance between poles times the numparticular setting t 1; t end of t of conduetors gives h quantity in Tfeetforward movement of the manual lever, the imthe Unit of property will always be six digits, and paper is advanced one line and the tape is the installation and retirement dates will always Veneed fifteen lines t a new t setting be two digits. The typing machine further comprises a jack In setting up the record on the tape, the 10- panel having a m mm of jacks and plug dcation number is recorded first as a unit of ed cords for use therewith d a key pane] pe rty a no quantity or dates are involved. 5 ing a plurality of normally closed keys of-the with. The retirement date is not recorded at this pair of companion Switch dements of t mech.

location is recorded, a signal "is recorded on the switch elements y b t o t of the typing tape as a retirement date. A combination of bar control circuit therefor and out into a Search tlrement date Column when the typing machine of companion switch elements may be employed 8 p t u merely 010898 a it to a 8- separately in the search circuit, as when the nal lamp f r inf rm the rat that 4 account number is made the basis of selection, of the units for a given location have been reseveral pan-s of l t may be connected of punchings which can be made on the tape property is "made the basis of selection.

record the retirement date of the last unit of s, in preparing the total uantities of units P p y p e ement th reof. or summary records from the tape, a search cir- A s p r t p i u d for 'e'ach t ing discuit, which includes a lamp, is set up for a of varyin leng hs according to the amount of thereon corresponding to the particular unit eu a tape, t e ape s Placed n e t p m ment dates. The entire tape is scanned in this installation dates. When the last unit for a given 60. the like u it of property in a given tax district.

been obtained from a single tape. they are bound in determini plant cost, t e m The h sto h r into a hist ry v lume and stamp d as tor'y volume contains all information essential to taxing district and kindof property. from an operating standpoint. All changes The t pina mach ne comprises a selector switch which have been made are recorded in this mechanism through which the tape is passed in volume. and at th epd of each accounting e iod,

contact with a plural ty of switch elements of the volume is delivered to the records departwhich the e is one for each possible punching in ment. The changes which have been recorded summary :sheet is required it any. changes have been made. This summary sheet includes only :the additions and retirements. The retirements have 'to be shown according to the date 40f installation in order that the book cost may be applied as -of the installation date. In this case, the retirementdate is the basis of selec- 'tion, whereby the typewritten record obtained them the typing machine includes a unit of tproperty and an installationdate.

-An object of the present invention is to prowide-a new and improvedtyping machine of the type adapted to be operated from a punched tape.

Another object is to provide a typing machine adapted to type a large number of digits in a single line for each operation of the machine and in which each digit may vary from to 9 in accordance with the punchings on the tape.

Another object'is to provide a typing machine "o'f'- this character in which the imprint characiter selection, imprint operation, and paper and tape advancements are all accomplished by the manipulation of a single operating lever of the miachine.

-A further object is to provide a new and improved selector switch'mechanism and digit code therefor adapted to set up control circuits to efiecta digit variation and imprint character selectionfrom 0 to 9.

A still further object is to provide a typing machine having control circuits whichfacilitate tha'setting up of scanning or search circu ts in selecting and locating predetermined punchings on the tape which 'forming a basis of selective typing to be performed on the machine. :Still other objects, features and advantages of the present invention will become more clearly apparent from the following specification taken an connection with the accompanying drawings wherein:

a Figure l a view in elevation of the front "of the typing machine of the present invention;

Figure 2 is a side elevation of the machine as eviewed-from the left in Figure 1;

Figure 3 is a side elevation of the machine as :.v-iewed from the right in Figure 1;

Figure 4 is a somewhat enlarged sectional wiew of the machine as seen along the line 4-4 rot Figure 1;

. Figure 5 is a View similar to Figure 4 but showting -the position of the moving parts when the aoperating lever has been moved into the forward position thereof;

rFigurefi is a sectional view taken along the :line 6-B of Figure 4;

r'Eigure '7 is a sectional view eline L-"I'of Figure 6;

:Flg-ure*8 is a sectional View taken along the lirie :8-8 of Figure 6;

Figure 9 is a sectional view dine -9 -'9-'of Figure 4;

Figure '10 is a view in tmeritary'portions of the rocker arm inontact panel;

Figure 11 isa sectional view taken along the cline=H-ll of Figure 8;

FFi'gure 12 is a perspective view of a typing bar;

{Figures 13a and 13?) are diagrammat c views 6f fractional portions of a complete electrical system for the typing machine of the present fiivention; and Fig'ure 14 is 'a'plan view of the jack and key when her -the machine.

taken along the taken along the perspect ve of fragand sliding correspond to information: 1

"more particularly to Figures in turn, supported on -2 l,Fig-ure 8, in the .of drive roller '31 side of the casing carries Referring now to the drawings for a more complete understanding of the invention, an'd 1 to 3, it will be seen that the=typing machine is supported on .a framework comprising four uprights l0, and horizontal frame members H through l5. The framework is additionally strengthened at the front by a jack panel 16 and a'key panel H.

The roll of tape 18 is supported on a:rod 19., frame members I3 and L5. The tape is passed upward through an opening bottomof a casing 22 which issupported-onthe framework and houses the selector switch mechanism generally designated 23. This mechanism comprises a-pair of insulation blocks 2d and 25 which are maintained in spaced :relation by spacer 'members 25. Figure 11, to provide a channel therebetween through which-thetape is drawn. This block assembly is secured in position in casing 22 by suitable brackets '21, Figure 6. Block 24 is provided with a plurality of transverse holes 28 for slidably'aeceiving a plurality of bar-shaped contact :or

switch-elements designated 29. It will be understood that there is one such switch element for each-possible .punchingin the tape for each unit setting or 15 line sections thereof within selector mechanism 23. A cup-shaped housing 3! of suitable insulationmaterial is secured to block 24 and is provided-with-a plurality of'holes 32 in the top thereof through which the upper portions of switch elements 29 pass whereby the housing 3! serves to maintain the switch elements in position for free slidable -movement under. the force of gravity. Switch elements 29 thus bear against the tape 13 between blocks 24 and 25, and when a hole or punching 33 appears under a switch element, the switch element falls through the'tape to contact acompanion switch Switch elements 29 are preferably as shown, for-the connection of or contact element 34. suitably formed. at the top, so as to serve as terminals conductors or wires thereto, and are preferably rounded at the bottom to facilitate sliding movement of the tape and sliding movement. of the switch elements through the punchings therein. Switch elements 34 may be round headed brass screws with the heads mounted flush with the top surface of block25 and secured to the block by nuts 35 which also may serve as term nal nuts for securing wires or conductors to switch elements 3 preferably as shown.

Tape I8, upon entering housing 22, first passes over a suitable idler roller 36, thence through blocks Hand '25, thence'over adrive roller .311

.having sprocket teeth 38 forengaging perforations 33 on the sidesof the tape whereby the tape is drawn through the blocks upon rotation in the direction of the arrow, Figure 8, and thence outwardly of the casing through opening therein. Roller 31 is secured to ashaftAZ which is suitably journalled in casing 22, and the shaft-on one side of the casing hasa crank 43 secured thereto and on the other a ratchet wheel 44 for rotation therewith. Casing'22 preferably is provided with a top 45 which is hinged thereto as at 45 and has a snap type locking arrangement asat l! whereby the casing may render the selector switch mechanism 23 readily accessible for repair.

be opened to Shaft 42 extends through a casing generally designated 48 whichhouses the typing machine proper and is further journalled in the end walls 49 and1-5l' of this casing.

Gasing 48 further com- '95 and 36.

prises a back wall 52 having a suitable opening 53 therein for access to the typing machine enclosed within the casing. Opening 53 preferably is closed by a door 54 which is hinged to back wall '52 as at 55 and has a convenient knob 56 for facilitating opening of the door.

Back wall 52 merges into top wall which extends diagonally upwardly to merge with an arcuate wall portion 58 which is formed concentrically with respect to shaft 42. The arcuate wall merges as at 59 with a front wall portion 6i and the casing is enclosed at the bottom thereof by bottom wall portion 62 which is supported on, and suitably secured to, the upper longitudinal framework members.

Fifteen identical typing bars, each having a central opening 69 and generally designated by the numeral 63, are loosely pivoted on shaft 42 and maintained in the spaced axial relation thereon best indicated in Figure 6 by any suitable spacing means such, for example, as by washers and collars, not shown. Each typing bar comprises a pair of diametrically opposed circular segments 69 and 65, Figure 12. Segment 64 is the heavier of the two segments whereby this section is normally urged downwardly under the influence of gravity against a suitable stop 56. The arcuate face of segment 64 is provided with a set of imprint characters 9! numbering 0 to 9. These may be secured to the typing bar in any convenient manner, or may be formed integrally therewith if desired. The arcuate face of segment 65 is formed with a series of ten ratchet teeth 68 by means of which the typing bar may be moved pivotally on bar 42 to bring a desired imprint character thereon into the proper position with respect to the imprint mechanism, as will appear more fully hereinafter.

Also pivotally mounted on shaft 42 is a rocker arm assembly generally designated 69 which comprises an arcuate panel 19, concentrically arranged with respect to arcuate wall 58 of casing 48, and a pair of arms Ii and 12 formed preferably integrally with panel I0 and having suitable openings for loosely receiving shaft 42.

Panel I9 has secured thereto a pair of brackets I3 and 14 which, in turn, have a plurality of op erating magnets 75 carried thereby. There is an operating magnet for each of the fifteen typing bars, seven of the operating magnets being carried by bracket l4 and the other eight by bracket I3. The magnets are staggered in brackets I3 and 19 so that the armatures I6 of the magnets are positioned directly above the typing bars 63 respectively, as best appears in Figures 1, 4 and 5. The armatures for the operating magnets carried by brackets 13 are pivotally mounted and maintained in spaced relation in any suitable manner on a shaft 71 which is supported in brackets 78 and I9. Similarly, the armatures of the operating magnets carried by bracket F4 ar pivotally carried on a shaft BI supported in brackets 82 and 83.

The rocker arm 59 carries a manual operating bar or lever 84 which is supported on panel in spaced relation therewith by suitable posts Arm ll of rocker arm assembly 69 carries a pawl 87 for engagement with ratchet wheel at on the return or upward movement of the rocker arm assembly, thereby to rotate shaft 42 and advance the tape, as will appear more fully hereinafter. of armatures i6 is shaped as a pawl as at 88 and extends through openings 80 and I 00 in panel "I0 and arcuate wall 58 respectively into engagement with the ratchet teeth 68 of electrical insulation material whereby the pairs of sliding contacts 90 and 9| are carried thereby insulated from each other. There is a row of ten pairs of these contacts for each operating magnet, the ten pairs of contacts corresponding respectively to the ten ratchet teeth on the typing bar associated with the operating magnet. For each row of these contacts there is a pair of cooperating contact pins 92 and 93 carried by moving panel 70 and adapted to slidably engage successive pairs of contacts 90 and SI as the rocker arm assembly 69 is moved downwardly. Panel 19, for this purpose, preferably is formed of suitable electrical insulation material whereby the pairs of contacts 92 and 93 may be insulated from each other. These contacts are connected to the ends of the winding of the operating mag net individual thereto, as may best be seenin Figure 9.

Sliding contacts 90 and 9I are secured to panel 89 as by screws 94 which may also serve as binding posts for conductors or wires secured thereto.

A roll of paper 95 is carried on a rod 96 which is, in turn, supported in brackets 91 and 98 sebottom plate 62 of casing 48. The from the roll is drawn over a roller 99, thence between this roller and an idler roller IOI'in rolling contact therewith, and thence under a second idler roller I02 and outwardly of casing 48 through an opening I03 in front Wall 6|.

Rollers 99 and I 9| are pivotally supported in a pair of L-shaped brackets or levers I04 and I05 which, in turn, are pivotally supported as at I86 in brackets Iill secured to bottom plate 62 of casing 98. Bracket levers I94 and I05 are slotted as at 08 whereby the levers may be adjusted along pivotal point I06 so that the portion of paper 95 in contact with the imprint characters 67 on the typing bars 63 moves with the characters during the final downward movement of the rocker arm assembly, the lower edge of panel I9 thereof engages the upturned end portion I09 of levers I04 and I05 causing them to rock about pivots I05, thereby to move the paper on roll 99 into contact with the imprint characters through inking ribbon IIO.

The ribbon H9 is carried in the usual spools III which in this case are driven through bevel gears II2 from a ratchet wheel I I3. The ratchet wheel, in turn, is driven by a pawl II4 which is pivotally secured as at II5 to a lever H6 in turn, pivotally supported on end wall 49 as at I". The other end of lever I I6 extends through an opening I I8 in top Wall 21 and terminates in a horizontal end portion H9 adapted to be yieldably urged against the upper edge of panel 10 by a spring I 2| acting on the lever, whereby end portion II9 follows the panel upon downward movement of rocker arm assembly 69 to cause pawl II 4 to slip over ratchet wheel H3 and engage another tooth thereon, movement of lever II 6 in this direction being limited by stop l22. When panel I9 is restored to its initial position during the return movement of rocker arm assembly 69, the edge of the panel engages and drives end portion I I4, thereby to forcibly return lever H6 to its position in Figure '7 whereby the ratchet wheel I I3 is advanced one tooth and rib,- bonI I9 is advanced to a new setting. I

Paper 95 is advanced one line on the machine in a similar manner. For this purpose, roller 99 carries a ratchet wheel I23 which is engaged by a pawl I24 pivotally secured as at I25 toa lever I26 which is pivotally secured to end wall I of casing 48 at I21. The other end of lever I26 extends through an opening I28 in top plate. 51 of casing 43 and terminates in a horizontal end portion I29 for engagement with the edge of panel I6 under power of spring I3I. Forward movement of end portion I29 under power of spring I3I is limited by stop I32. Operation oi lever I26 to advance ratchet wheel I23 forward one tooth is the same as operation of lever H6 in advancing ratchet wheel II3 forward o ne tooth and the previous description of theopera-Q tion of the latter ratchet wheel, therefore, will sufilce for both.

Imprint levers suitable openings tion 6|.

The jack panel I6 comprises a plurality of jacks I34 for receiving plug ended cords as in conventional switchboard practice. There are two jacks for each pair of selector switch elements 29 and 34 these being electrically connected on either side of the switch comprising a pair of elements. An additional pair of jacks I35 and I36 connected to the incoming power line, which may be a conventional 110 volt source, are also provided. The jack panel further carries a search lamp I31, a location lamp I38, and an oiT-on power switch I39.

The key panel I! comprises a plurality of keys I4I of the normally closed push button type which open the circuits therethrough when the keys are pushed. There is a pair of keys for each pair of selector switch elements 29 and 34, the keys being connected to the jacks individual thereto.

A selector switch code is employed for electrically connecting the sliding contacts of each row of contacts on panel 89 to the proper switch elements 29 in the selector switch mechanism 23. This code and lead connection designation is as follows:

By reason of I04 and I05 extend through I33 therefor in front wallpor:

special operating signals this arrangement each sliding contact 99 in each row is connected to B lead 1,

2 or 3 and each contact 9! of each row is connected to G lead l, 2, 3 or 4. This means that the winding of each operate magnet I5, when energized, is connected on one side to a B leadand on the other side to a G lead. All of the B leads 1, 2 and 3 are connected together and to the live side of the power source supplying the typing machine, and

side of the power source.

In the operation of the typing machine to all of the G leads 1, 2,3 and; dare connected together and to the grounded' column of Figures 13a and key I4I, upper l0 produce a history sheet, tape I8 is fed through selector switch 23 by means of crank 43 until the first group of punchings on the tape is reached. These will be the punchings for the location number. Lever 84 is then moved down. During the downward movement of panel 16, various pairs of contacts 92 and 93 in the digit rows under Unit of property (Figures I3a and. I3b) will be momentarily energized by certain pairs of contacts and 9I for the reason that certain pairs of selector switch elements 29' and 34 corresponding thereto in the Unit of property digit columns will be closed in accordance with the punchings in the tape corresponding to the location number. This will cause momentary energization of certain operate magnets I5, and as the magnets are energized their armatures will move into engagement with the ratchet teeth on the typing bars individual thereto whereupon the typing bars will be moved with the rocker arm assembly 59 to move the imprint characters 61 on the typing bars into a position to be engaged by print mechanism operates during the final movement of the rocker arm assembly. This action is illustrated in Figures 4 and 5 wherein sliding contacts 90 and 9I corresponding'to imprint character 6 have been energized, thereby to cause the operate magnet to pick up the foremost typing bar 63 in Figures 4 and 5 as pawl 16' moves to engage the fourth ratchet tooth down, which ratchet tooth corresponds to imprint. character number 6 on the bar. As the energizing circuit to the operate magnet is broken, as. contacts 92 and 93 move on to the successive pairs of sliding contacts 90 and 9I, operation of the magnet is continued for a suflicient length of time by the use of shading coils or rings on the magnet, these being conventional and therefore not shown.

Assume that the foremost typing bar of Figures 4 and 5 corresponds to the operate magnet 15 of the thousands digit under the Unit of property 131). The circuit to operate this magnet and cause its armature to engage the fourth ratchet tooth down, as in Figure 5, is traced as follows: from the live side of the power source through power olT-on switch I39, conductor I42 and the common B lead to the lower B2 lead which is herein also designated as conductor I43 for purposes of illustration, lower B2 key I4I, lower B2 jack I34, B2 switch elements 34 and 29, upper B2 jack I34, upper B2 B2 lead herein also designated as conductor I44 to facilitate tracing of the circuit,

sliding contact 96 corresponding to imprint character number 6, pin contact 92, winding of magnet 15, pin contact 93, sliding contact 9I corresponding to imprint character 6, upper G3 lead which is also designated as conductor I45, upper G3 key I4I, upper G3 jack I34, G3 switch elements 29 and 34, lower G3 jack I34, lower G3 key I4I, lower G3 lead also designated as conductor I46, and thence through the common G lead-to ground potential at the other side of the power source.

On the return movement of the rocker arm assembly 69, the typing bars are released and fall under influence of gravity to the position of Figure 4, the ribbon III) is moved to a new setting, paper 95 is advanced a length corresponding to the spacing between adjacent lines of typing thereon, and the tape is advanced 15 lines through the selector mechanism 23 by action of pawl 81 which engages ratchet wheel 44 during the paper as the im-;

the return motion. A new set of circuits is now. established by the selector mechanism whereby multiplier, quantity, unit of property and installation date numbers are printed on the paper when lever 34 is moved downwardly. After a series of such operations .have been performed, lamp I 38 on jack panel IE will light, thus indicating that all units of property have been recorded for the particular location number recorded. The paper is then withdrawn a full sheet length and torn ofi.

In preparing a summary sheet, a search circuit is built up on the jack panel according to the number of the unit of property to be tabulated. Assume, by way of example, that the number is 753024. This number corresponds to the following combination of B and G leads:

Number Digit B lead The first step is to open all the keys associated with these leads under the appropriate digits columns. These keys are shown in dashed lines in Figures 13a and 13b and to build up the search circuit by connecting the selector switches 29, 34 corresponding to these BG combinations in series by means of plugended cords inserted in the jacks of panel I 6. This has been done in Figure 14 whereby the search circuit may be traced in Figures 13a, 13b and 14 as follows: from the grounded side of the power source through jack I36, cord column, cord I 48 to B2 lower jack I34 in the units column, B2 switch elements 34 and 29, B2 upper jack I 34 in the units column, cord I49 to B1 upper jack I34, in the tens column, B1 switch elements 29 and 34, B1 lower jack I34 .in the tens column, cord I 59 to G3 upper jack I34 in the tens column, G3 switch elements 29 and 34, G3 lower jack I 34 in tens column, cord II to G1 lower jack I34 in the hundreds column, G1 switch elements 34 and 29, G1 upper jack I34 in the hundreds column, cord 1.52 to B1 lower jack I34 in the hundreds column, B1 switch elements 34 and 29, B1 upper jack I 34 in hundreds column, cord I53 to B1 upper jack I34 in thousands column, B1 switch elements 29 and .34, B1 lower jack I34 in thousands column, cord I54 to G4 upper jack I34. in thousands column, G4 switch elements 29 and 34 to G4 lower jack I34 in thousands column, cord I55 to G2 lower jack I34 in ten thousands 34 and 29 to G2 upper jack I34 in ten thousands column, G2 switch elethousands column, cord I55 Tape I8 is now fed through selector mechanism I 35, search lamp I 31, and

12 23 by operation of crank 43 until search lamp I31 is lighted, this occurring when the punchings in the tape corresponding to the predetermined number 753024 move into the selector switch mechanism whereby the aforetraced circuit is completed through the punchings in the tape to energize lamp I31. .Lever 84 of the rocker arm assembly is now moved downwardly to cause the multiplie quantity, and installation and retirement data relating to the predetermined unit of property to be recorded on paper 95. The entire tape is scanned or searched in this manner to get all the information thereon relating to the preselected unit 753024, a typing operation being performed each time search lamp I 3! is lighted. The record thus obtained will constitute a summary sheet for this unit of property.

Whereas in the foregoing one example of selecup the search circuits.

In some cases it may be desirable to have a an From the foregoing it should now be apparent that a typing machine has summary sheets for record system and desire to secure Patent of the United States is:

1. In a typing machine of the character disclosed adapte by Letters or panel of numbered lamps, corresponding moved successively opposite the typing roller as the typing bars are pivoted about said axis, an inking ribbon interposed between the paper on the typing roller and the arcuate surfaces'cf the typing bars, rocker means including a manually operative lever and adapted to be moved concentrically about said axis from an initial position typing machine is operated, a plurality of operate magnets carried by said rocker means and individual to said plurality of typing bars, said operating magnets being adapted to engage the typing bars for move ment therewith from the moment the magnets are energized during movement of said lever between said initial and typing positions thereof, a plurality of circuits under control of the punchings in the tape for energizing the magnets at predetermined spaced intervals during movement of the operating lever, said spaced intervals being inaccordance with the punchings in the tape for a given section thereof corresponding to a line of typing on the machine whereby imprint characters on the typing bars corresponding to the ,punchings in the tape are moved opposite the typing roller into typing relation therewith as the operating lever is moved into the typing position thereof, and means ada ted to be driven by said the operating lever is moved into its typing moving the typing roller and the paper thereon into typing engagement with the imprint characters aligned therewith.

2. in a typing machine of the character disclosed for typing from a punched tape, the combination of a typing roller, a plurality of identical typing bars arranged for pivotal movement about an axis disposed transversely thereof, each of said bars having an arcuate surface adjacent said typing roller and a plurality of imprint characters disposed in spaced relation on the arcuate surface whereby the characters successively are moved diametrically opposite the typing rollers as the bar is pivoted about said axis, rocker means including a panel and a manually operable lever carried thereby arranged for concentric movement to a typing position, a plurality of operate magnets carried by said panel and individual to said plurality of typing bars, each of said operate magnets having an armature for engaging the typing bar individual thereto for movement therewith from the moment the winding of the operate magnet is energized during movement of the panel from said initial position to said typing position, a plurality of pairs of moving contacts respectively connected to the windings of the operate magnets and carried by said panel, a plurality. of rows of stationary contacts individual to said plurality of pairs of moving contacts and adapted to be engagedthereby as the panel moves, each row of contacts comprising a plurality of pairs of contacts corresponding respectively to the plurality of imprint characters on the typing bars individual thereto and correspondingly spaced concentrically about the pivotal axis of the bars, and a plurality of circuits individual to said rows of contacts for connecting predetermined pairs of contacts therein to a source of power selectively in accordance with the punchings in the tape whereby the typing bars are moved to bring imprint characters corresponding to the tape punchings into printing relation with respect to the roller when the operating lever is moved to the typing position there- 3. In a typing machine of the character disclosed for typing from a punched tape, the combination of a typing roller, a plurality of identical typing bars arranged for pivotal movement about axis disposed transversely thereof, each of said bars having an arcuate surface adjacent said typing roller and a plurality of imprint char-' acters disposed in spaced relation on the arcuate surface whereby the characters successively are moved diametrically opposite as the bar is pivoted about said axis, rocker means including a panel and a manually operable lever carried thereby arranged for concentric movement to a typing position, a plurality of op-' crate magnets carried by said panel and individual tosaid plurality of typing bars, each of said operate magnets having an armature for engaging the typing b-ar individual thereto for movement therewith from the moment the winding of the operate magnet is energized during movement of the panel from said initial position to said typing position, each typing bar having a plurality of ratchet teeth arranged diametrically opposite said imprint characters and corresponding thereto, each of said armatures being pawl shaped to engage the ratchet teeth in the typing bar individual thereto, a plurality of pairs of moving contacts respectively connected to the windings of the operate said panel, a selector switch mechanism having a plurality of movable switch elements in contact with the tape and adapted to contact companion switch elements individual thereto as punchings in the moving switch of stationary contacts individual of pairs of moving contacts and adapted to be engaged thereby as the panel moves, each row of contacts comprising a plurality of pairs of contacts corresponding respectively to the plurality of imprint characters on the typing bars individual thereto and correspondingly spaced con-- centrically about the pivotal axis of the bars, and a plurality of circuits individual to said rows of contacts and said plurality of moving and companion switch mined pairs of contacts therein to a source of power selectively in accordance with the punchings in moved to bring imprint characters corresponding to the tape punchings into printing relation with respect to the roller when the operating lever is moved to the typing position thereof.

4. In a typing machine of closed for typing from a punched tape, the combination of a typing roller, a plurality of identical typing bars arranged for pivotal movement about an axis disposed transversely thereof, each of said bars having an arcuate surface adjacent said typing roller and acters disposed in spaced relation on the arcuate surface whereby the characters successively are moved diametrically opposite the typing rollers as the bar is pivoted about said a opera% magnet is energized during respectively connected the typing rollersmagnets and carried bytape move under said elements, a plurality of rows to said pluralityelements for connecting redeter-- the tape whereby the typing bars are the character dis-- a plurality of imprint charis, rocker meanslncluding a panel and a manually operable lever carried thereby arranged for concentric move-' movement ofthe panel from said initial position to said. typingposition, a plurality of pairs of moving contacts; to the windings of the:

15 16 operate magnets and carried by said panel, a thereto and to a source of electrical energy seplurality of rows of stationary contacts indlvidlectively in accordance with the tape punchings ual to said plurality of pairs of moving contacts whereby the typing bars are moved to bring imand adapted to be engaged thereby as the panel print characters corresponding to the tape punchmoves, each row of contacts comprising a p-luralings in the section of the tape within the seity of pairs of contacts cor 'esponding respectively lector mechanism into printing relation with ret e p ura y Of imprint characters on the til spect to the typing roller as the operating lever ing bars individual thereto and correspondingly is moved into the typing position thereof, a jack spaced concentrically about the pivotal axis of panel having a plurality of jacks connected in the bars, a selector switch mechanism adapted it said plurality of circuits, one of said jacks being to receive the tape therethrough having a pluconnected to one of said movable selector switch rality of moving and companion switch elements elements and one each of the jacks being conin contact with the tape and adapted to mak nected to one of said companion switch elements.

contact with each other as the moving elements and a key panel having a plurality of keys in saidmove through the punchings in the tape, said selurality of circuits, one pair of said keys being,v

lector mechanism having a row of pairs of movconnected respectively to the pair of jacks in ing and companion switch elements for each row ach of aid plurality of circuits,

of said stationary contacts, and a plurality of 6. In a typing machine of th cha ct r di circuits for interconnecting corresponding pairs lo d for typing from a punched tape th of contacts in each of said rows of stationary con- 90 bination of a typing roller, a p urality of identacts to the selector switch elements in the rows tical typing bars arranged for pivotal movement of the elements individual thereto and to a source about an axis disposed transversely thereof, each of e ectr ca en y selectively in accordance with of said bars having an arcuate surface adjacent the p D h s w r y the typing bars are said typing roller and a plurality of imprint charmoved to bring imprint characters correspondacters disposed in spaced relation on the arcuate n to h tap p nchings in the section of the surface whereby the characters successively are tape within the selector mechanism into printing m v diametrically opposite th typing ll r relation with respect to the typing roller as the as the bar is pivoted about said axis, rocker means p rat ng lever is moved into the typing p s including a panel and a manually operable lever thereof. carried. thereby arranged for concentric move- 5. In a typing machine of the character disment to a typing position, a plurality of operate closed for typing from a punched tape, the commagnets carried by said panel and individual to bination of a typing roller, a plurality of idensaid plurality of typing bars, each of said operate ic yp s arranged f p l mo emen magnets having an armature for engaging the about an axis disp s d ransversely thereof, each typing bar individual thereto for movement theremoved diametrically opposite the typing rollers respectively connected to the windin s of the opmeans including a panel and a manually operable ity of rows of stationary contacts individual to lever carried thereb arranged for concentric said plurality of pairs of moving contacts and movement to a typing position, a plurality of opadapted to be engaged thereby as the panel moves, erate magnets carried by said panel and inolvideach row of contacts comprising a plurality of ual to said plurality or typing oars, each of sad pairs of contacts corresponding respectively to operate magnets having an armature for enthe plurality of imprint characters on the typing aging the typing bar in vi al th r o for bars individual thereto and correspondingly movement therewith from t e omen t spaced concentrically about the pivotal axis of winding of the operate magnet is energized the bars, a selector switch mechanism adapted to during movement of the panel from said inic ive th tape therethrough having plurality tial position to said typing position, a pluof moving and companion switch elements in conrality of pairs of moving con ac s espec i y tact with the tape and adapted to make contact connected to the windings oi the operate magwith each other as the moving elements move nets and carried by said panel, a plurality of through the punchings in the tape, said selector rows or stationary contacts individual to said piumechanism ha ing a row of pairs of movin and rality of pairs of moving contacts and adapted tocompanion switch elements for each row of said be engaged thereby as the panel moves, each row stationary contacts, a plurality of circuits for inof contacts comprising a p u a y pairs f c tcrconnecting corresponding pairs of contacts in tacts correspondingly respectively to the plurality each of said rows of stationary contacts to the of imprint characters on the typing bars individselector switch elements in the rows of the eleual thereto and correspondin ly a d n nments individual thereto and to a source of electrioally about the pivotal axis of the bars, a setrical energy selectively in accordance with the lector switch mechanism adapted to receive the tape punchings whereby the typing bars are tape therethrough having a plu ality of moving moved to bring imprint characters corresponding and companion switch elements in contact with to the tape punchings in the section of the tape the tape and adapted to make contact with each within the selector mechanism into printing reother as the m v e s move hrough the lation with respect to the typing roller as the oppunchings in the tape, said selector mechanism erating lever is moved into the typing position having a row of pairs f mo d ompanion thereof, a jack panel having a plurality of jacks switch elements for each row of said stationary being connected to one of said movable selector.

contacts, a plurality of circuits for interconnectswitch elements and one each of the jacks being in corresponding pairs of contacts in each of said connected to one or said companion switch elerows of stationary contacts to the selector switch ments, a key panel having a plurality of keys in elements in the rows of the elements individual 7 said plurality of circuits, one pair of said keys being connected respectively to the pair of jacks in each of said plurality of circuits, a location lamp connected across two of the circuits to a pair of selector switch movable elements which are located in the same row of switch elements and which do not complete a circuit to a, pair of stationary contacts in the row of contacts individual thereto, and a search circuit connected to the source of electrical energy and including a search lamp, at least two pair of companion and movable selector switch elements, the jacks individual thereto, and a plurality of plug ended cords for engagement with the jacks.

'7. The typing machine of claim 6 but further characterized in that the imprint characters on each of the typing bars number to 9, each row of switch elements in the selector mechanism comprises seven pairs of movable and companion switch elements, three of seven leads of the first set of leads interconnect the movable switch elements of each row with one side of the pairs of stationary contacts in the row of contacts individual thereto, the other four of the seven leads interconnect the other four movable switch elements in each row with the other side of the pairs of stationary contacts individual thereto, three of a second set of seven leads interconnect the companion switch elements individual to said three movable switch elements with one side of the source of power, the other four of said second set of seven leads interconnect the companion switch elements individual to said four movable switch elements to the other side of the source of power, one of the three leads of said first set of seven to stationary contacts corresponding to imprint characters 0 to 3, the second of the three leads being connected to stationary contacts corresponding to imprint characters 4 to '7, the third of the three leads being connected to stationary contacts corresponding to imprint characters 8 and 9, one of the four leads of the first set of leads interconnects stationary contacts corresponding to imprint characters 0, 4 and 8, the second of the four leads interconnects stationary contacts corresponding to imprint characters 1, and 9, the third of the four leads interconnects stationary contacts corresponding to imprint characters 2 and 6, and the fourth of the four leads interconnects stationary contacts corresponding to imprint characters 3 and 7.

8. In a typing machine of the character disclosed for typing from a punched tape, the combination of a casing, a shaft supported for rotation in the casing, a plurality of typing bars pivotally supported on said shaft in predetermined spaced axial relation thereon and having diametrically opposed arcuate surfaces having arranged in spaced relation thereon a plurality of imprint characters and ratchet teeth respectively, a typing roller adjacent said arcuate surface having the imprint characters thereon, support means for the roller pivotally mounted on the casing and adapted to move the roller into contact with the imprint characters as the support means is pivoted about the pivot axis thereof, a rocker assembly pivotally supported on the shaft and including a panel having a manually operable handle thereon, a plurality of operate magnets carried by the panel and individual to said plurality of typing bars, said magnets having armatures adapted to engage the ratchet leads being connected teeth on the typing bars individual thereto from the moment the magnets are energized thereby to move the typing bars with the rocker assembly to a typing position thereof, a stationary panel concentrically arranged with respect to said shaft, a plurality of rows of stationary contacts on said stationary panel individual to said plurality of typing bars and operate magnets, each of said rows of stationary contacts comprising a plurality of pairs of predetermined spaced contacts, corresponding to the number and spacing of said imprint characters and ratchet teeth on the typing bar individual thereto, a plurality of pairs of contacts carried by the moving panel and individual to the rows of contacts on the stationary panel, each pair of moving contacts being adapted to engage the stationary contacts in the row of contacts individual thereto successively as the rocker arm assembly is moved from an initial position to said typing position thereof, a selector mechanism for receiving the tape and having a plurality of rows of switches individual to the plurality of rows of contacts on the stationary panel, each of said selector switches including an element adapted to be moved into a punching in the tape to close the switch, means for advancing the tape through the selector mechanism as said shaft is rotated, means for pivoting the roller support to move the roller into contact with the imprint characters as the rocker assembly is moved into its typing position, and a plurality of circuits individual to said rows of selector switches and said rows of stationary contacts individual thereto for energizing the operate magnets selectively at spaced intervals during the forward movement of the rocker assembly in accordance with the punchings in the tape whereby imprint characters corresponding thereto are moved into typing relation to the roller asthe rocker assembly is moved into the typing positions thereof.

9. The typing machine of claim 8 but further characterized in that the machine comprises jack and key panels having respectively a plurality of jacks and a plurality of keys thereon connected in said plurality of circuits, a location lamp mounted on the jack panel and connected across a predetermined pair of said circuits, and means including a search lamp mounted on the jack panel for setting up any one of a plurality of search circuits through predetermined jacks which have been cut off from the typing control circuits by actuation of the keys individual thereto.

10. The typing machine of claim 8 but further characterized by the provision of means operable under control of the rocker assembly for advancing the shaft and the typing roller to new settings during the return movement of the rocker assembly.

SAMUEL M. TAYLOR.

REFERENCES CITED The following references are of record in the 

